《Table 1Crosslinking degree for t PA copolymer and t PA/HEA-f-MWCNT composites》

《Table 1Crosslinking degree for t PA copolymer and t PA/HEA-f-MWCNT composites》   提示：宽带有限、当前游客访问压缩模式
本系列图表出处文件名：随高清版一同展现
《Effect of Electron Beam Irradiation on Thermal and Mechanical Properties of Polyamide Copolymer/Multiwall Carbon Nanotube Composites》


  1. 获取 高清版本忘记账户？点击这里登录
  1. 下载图表忘记账户？点击这里登录

The change in gel content can represent the variation in the crosslinking degree of tPA copolymer and its composites[24].Here，addition of 2 parts per hundred（phr）HEA-f-MWCNT into tPA copolymer is referred to as tPA/HEA-f-MWCNT（100/2）composite.The relationship between the gel content of tPA/HEA-f-MWCNT composites and the e-beam irradiation dose is shown in Fig.2.The gel content of tPA copolymer before e-beam irradiation is 13%.It changes slightly with the increase of the irradiation dose，and reaches a maximum of 23%at 80 kGy.After that，the gel content gradually decreases with the increase of the irradiation dose.This phenomenon indicates that e-beam irradiation cannot efficiently initiate crosslinking reaction in the molecular chains of pristine t PA copolymer.However，the gel contents of tPA/HEA-f-MWCNT（100/1，100/2）composites are higher than that of t PA copolymer.With the increase of the irradiation dose from 80 to 160 kGy，the gel content of tPA/HEA-f-MWCNT（100/2）composite increases gradually，reaches a maximum value of 40%at 160 kGy，and subsequently drops to 16%at 200 kGy.The gel content of tPA/HEA-f-MWCNT（100/1）composite increases sharply to about 43%at 160 k Gy，and subsequently，it is similar to that of tPA/HEA-f-MWCNT（100/2）composite.Compared with tPA/HEA-f-MWCNT（100/1）composite，tPA/HEA-f-MWCNT（100/2）composite gets a higher gel content at a low irradiation dose.Besides，it can be seen from Table 1 that the value of Gs/Gxfor tPA copolymer is 3.44，while this value turns to 2.36 for tPA/HEA-f-MWCNT（100/1）composite，and 2.02 for tPA/HEA-f-MWCNT（100/2）composite.As an effective crosslinking co-agent，HEA-f-MWCNT has played a very important role in accelerating the process of crosslinking through the generation of free radicals during irradiation by e-beam.Free radicals can not only promote the crosslinking reactions between the molecular chains，but also cause the degradation of a polymer.The degradation degree is small at a low irradiation dose，and the change of gel content is mainly affected by the crosslinking degree.However，the degradation degree is gradually increased with further increasing the irradiation dose，and thus the gel content is reduced.The effect of HEA-f-MWCNT on the gel content has been removed.

图表编号XD0042857000    严禁用于非法目的
绘制时间2019.02.01
作者崔成文、陈禹廷、张勇
绘制单位School of Chemistry and Chemical Engineering,State Key Laboratory of Metal Matrix Composites,Shanghai Jiao Tong University、School of Chemistry and Chemical Engineering,State Key Laboratory of Metal Matrix Composites,Shanghai Jiao Tong University、School of
更多格式高清、无水印（增值服务）

相关图表

  1. 《Table 3–Minimal inhibitory concentrations (MICs) of selenite and/or selenate for partial selenium tolerant bacteria comp》2019.03.15
  2. 《表3 基于网络基础设施分组的城市点度均值t检验结果Tab.3 Test for difference in mean degree centrality of city groups based on network infrastruct》2019.02.28
  3. 《表2 政治中心城市和非政治中心城市点度均值t检验结果Tab.2 Test for difference in mean degree centrality of capital cities and non-capital cities》2019.02.28
  4. 《Table 6 The correlation matrices Cfof a0 and a1 for the F.F.s f={f L, T, 0, g L, T, 0}, which are all symmetric matrices》2019.02.01
  5. 《Table 3 Numerical findings of Nusselt number for different values of A, βT, α, γ, P r, A*, and B*.》2019.02.01
  6. 《表5 T型节点抗拉承载力计算值与试验值对比Table 5 Comparison of result between calculation and test for tensile bearing capacity kN》2018.09.28
  7. 《Table 8 Individual class accuracies by PA and UA for Washington DC data》2018.12.01
  8. 《Table 9 Individual class accuracies by PA and UA for Stockholm data》2018.12.01
  9. 《Table 1 CMC-g-EPL copolymers with different grafting degrees a》2018.11.01
  10. 《表2 3组患儿拔管时间、苏醒时间、出室时间的比较Table 2 Comparison of the extubation time and recovery and away times for the 3 groups n=30, ±s,》2018.08.20
  11. 《表3 T波各参数评价CHD的ROC曲线下面积分析Tab 3 Area under the curve analysis of T-wave morphologic pa-rameters for CHD》2018.06.20
  12. 《Table 2 Nine culture conditions for Treg and Th17 cell differentiation from nave CD4+T cells in NP and in PE》2018.07.01
  13. 《表2 不同老化温度和时间下PA10T/GF/FR复合材料的ΔEa值Table 2 TheΔEaof the PA10T/GF/FR composites with different aging time and temperature》2018.04.25
  14. 《Table 4 Comparison of L2 and L∞error norms for numerical solutions of Example1 at t=1 with=[-128, 128].》2018.10.01
  15. 《Table 3 The errors and convergence ratio of SSFD-8 for Example 2 at t=1 with=[-128, 128].》2018.10.01
  16. 《Table 2 The errors and convergence ratio of SSFD-6 for Example 2 at t=1 with=[-128, 128].》2018.10.01
  17. 《Table 1 The errors and convergence ratio of SSFD-6 for Example 1 at t=1 with=[-128, 128].》2018.10.01
  18. 《Table 2 Sherwood number for varied values of P r, δt, Sc, σm, δ, E and n whenγ1=γ2=β=M=0.2.》2018.07.01
  19. 《表3 哈尔滨旅游产业与城市化的耦合度和协调度及评价Table 3 Coupling Degree and Coordination Degree and Evaluation of Harbin Tourism Industry and U》2018.01.15
  20. 《Table 2–Experimental parameters of BBD and the degree for succinylation.》2018.07.01

随机翻阅

《表1 患者住院期间药物治疗方案》 《表5 各品种产量表（1亩=0.067 hm2)》 《表5 天然光计算能力比较》 《表3 单因素和多因素Cox回归分析PSCC患者的疾病特异性生存期》 《表3 不同木质化程度插穗对扦插生根的影响》 《表3 两组肾早期损伤标志物水平变化比较（n=30)》 《表3 花生营养油脂肪酸组成》 《表1 B超诊断与宫腔镜诊断符合情况分析》 《表3 土层土工试验强度指标统计成果表》 《表1 X65管线钢材料成分组成》